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Sans titre. Le blog de Grégory Borysiak: Configurer Unbound sur Raspberry Pi ( Raspbian ) Cet article sur différentes sources dont celui de Stéphane Bortzmeyer ( ) et celle ci J'ai fait l'acquisition d'un Raspberry Pi 2 pour qu'il me serve de résolveur DNS et de serveur DHCP.
Cela permet de ne plus être contributaire des DNS de free ou d'un autre. Sur Raspbian, basée sur une Debian, l'intallation nécessite le package Unbound et dnsutils pour pouvoir utiliser dig # sudo bash // passage en root # apt-get install unbound dnsutils Pour que le mode racine fonctionne, il faut télécharger un fichier comprenant la liste des serveurs racine ( et mettre à jour le fichier tous les 6 mois ). # wget -O /etc/unbound/root.hints# cd /etc/unbound# vi unbound.conf Et saisir les informations suivantes : server: verbosity: 1 # The following line will configure unbound to perform cryptographic # DNSSEC validation using the root trust anchor. auto-trust-anchor-file: "/var/lib/unbound/root.key" root-hints: "/etc/unbound/root.hints" do-ip4: yes do-ip6: yes do-udp: yes do-tcp: yes.
Audiophile 24/96, 24/192 sound cards (Audio DAC and SPDIF out) for the Raspberry Pi, audio out, audio cards, audio projects. RPi USB Webcams. Use your Raspberry Pi as an always-on BitTorrent box. In this tutorial we will turn our Raspberry Pi into an always-on BitTorrent box.
This will let you have a small, power efficient, torrent server running around the clock. Why is this a good idea? A lot of companies offer to download their software and/or files using torrents, and when you downloaded the installer for your Raspberry Pi OS, you could also do this as a torrent. If you are downloading and/or sharing a lot of files using torrents (legally of course), you might have a dedicated machine, or even your laptop, running for long periods of time solely for this purpose.
This can be very power consuming, and that’s why the Raspberry Pi is perfect to use as a dedicated torrent box that can run 24/7. Prerequisites This tutorial uses a Raspberry Pi running RaspBMC as an example system, but you can also use Raspbian. Have a Raspberry Pi running either Raspbian or RaspBMC.Are able to remotely access your Pi using SSH.Have some sort of storage connected where you can save files. Installation. How to make a DIY home alarm system with a raspberry pi and a webcam. Step #1: Make your webcam stealth I wanted to hide the camera in an inconspicuous place outside my door, so I removed the webcam’s casing.
The Logitech C270 is a really good choice for this project as (1) it is 100% compatible with pi, (2) it has a really good 720p HD resolution and (3) it is very very small. Here’s how to make the camera ‘stealthy’: You can now connect your webcam to the usb hub. You have to use an external usb hub with an independent power supply as the raspberry pi cannot power the webcam by itself. I ended up hiding the webcam within the door (!) (just to clarify: as you can see my door is crap! Step #2: Setup your raspberry pi Your pi needs to boot a linux operating system in order to run motion.
To prepare your SD card and install Raspbian I recommend following Adafruit’s excellent tutorials here. Finally, it is a good thing to force a static IP address so that you can easily find the webcam server even if pi restarts. To do this, first type from the command prompt: to: Sommaire : Raspberry PI & Arduino, domotique, robotique, et pleins de trucs en “ique”